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EwingCole

Architects, Engineers, Interior Designers and Planners.

09/02/2026

What does a building designed for discovery look like?

At the University of Pennsylvania, the Physical Sciences Building is designed to bring disciplines, people, and ideas together. The 325,000-square-foot complex will create a new home for Physics and Astronomy, Mathematics, and Earth and Environmental Science, combining advanced research and teaching environments with spaces that encourage collaboration across traditional academic boundaries.

Flexible laboratories are adaptable spaces that are equipped to meet future scientific research needs, while classrooms, maker spaces, a science library, and a 120-seat colloquium auditorium support learning at every scale.

At its heart, a large first-floor commons will serve as an academic town square. Nearby, a two-story lobby provides ample daylight and visually connects the building’s interior to the surrounding landscape.

Designed by CO Architects, the Physical Sciences Building creates a flexible new nexus for the next generation of scientific discovery at Penn.

Learn more:

08/26/2026

At Deborah Heart and Lung Center Heart & Lung Center, the surrounding New Jersey Pinelands helped shape an interior environment rooted in nature, comfort, and care.

Inside the Olsen Family Patient Care Pavilion, EwingCole’s interior design team drew inspiration from the colors and forms of the local landscape. A palette of blues and oranges recalls blueberry fields at sunrise while helping patients and visitors navigate the building. Expansive windows connect 36 private inpatient suites to views of the wooded campus, and organic forms carry through spaces like the sculptural greeter nurse station.

That connection to nature begins at the entrance with a living green wall and extends even to spaces designed specifically for staff. A bright, tropical staff lounge offers caregivers a place to recharge away from the clinical environment.
Together, these elements create a healthcare setting that considers how patients, families, and staff experience the space throughout their day.

Learn more:

08/18/2026

What if one of the most highly controlled building types could also become one of the most sustainable?

United Therapeutics Corporation’s Warp 10 is putting that idea to the test. Now nearing completion, the first-of-its-kind cGMP manufacturing facility uses mass timber at a scale and in an environment where few have gone before.

The 196,000-square-foot facility in Research Triangle Park brings pharmaceutical manufacturing, laboratories, warehousing, and workplace functions under one roof. Using mass timber in a highly controlled manufacturing environment is highly unconventional, but not impractical.

The solution combines green steel and concrete with mass timber to create a hybrid structural system that dramatically reduces embodied carbon.

The approach extends to the building’s operations. More than 3,000 rooftop solar panels, combined with an adjacent solar field, are expected to offset approximately half of Warp 10’s annual energy consumption.

The result pushes mass timber into new territory and challenges long-held assumptions about what a large-scale biopharmaceutical manufacturing facility can be.

Learn more:

08/13/2026

Protecting nearly 400,000 rare books, manuscripts, and works of art requires careful control of something visitors may rarely think about: light 💡

At The Rosenbach Museum & Library Museum & Library in Philadelphia, our Cultural team and Lighting Designers developed a comprehensive lighting modernization strategy that supports the conservation of these one-of-a-kind works while preserving the character of the museum’s historic 19th-century interiors.

Explore how thoughtful infrastructure improvements can support preservation, sustainability, and the visitor experience at one of Philadelphia’s most treasured cultural institutions: 🔗

08/11/2026

Congratulations to the entire project team behind Cellares’ Bridgewater Cell & Gene Therapy Manufacturing Expansion, recently recognized as an Engineering News-Record New York Best Project.

As cell and gene therapies continue to reshape medicine, the facilities that manufacture them must evolve just as quickly. Cellares’ Bridgewater expansion demonstrates how thoughtful design can support a new generation of pharmaceutical manufacturing by increasing production capacity, improving operational flexibility, and helping accelerate the delivery of personalized therapies to patients.

Designed to house Cellares’ proprietary Cell Shuttle™ technology, the facility represents a new model for scalable, automated cell therapy manufacturing. By integrating advanced manufacturing systems with adaptable laboratory and production environments, the project helps address one of the industry’s greatest challenges: producing life-saving therapies at the scale patients need.

Recognition from Engineering News-Record New York reflects the collaboration, innovation, and technical expertise of the entire project team.

07/27/2026

The New York Giants have announced plans to expand their football operations headquarters with a new performance-focused facility. The project will transform the Quest Diagnostics Training Center with new training, recovery, wellness, and team spaces that support the future of the organization.

The Giants have enlisted EwingCole and Natoli Construction to design and construct a significant expansion of the team’s training headquarters. The project includes approximately 93,500 square feet of new construction and 46,000 square feet of renovations.

Together, these enhancements will transform the facility to better serve the evolving needs of players, coaches, and staff. The project is expected to be completed in advance of the 2028 season.

Read the full story:

07/24/2026

For most fans, and the Argentinian and Spanish men’s national teams, the 2026 FIFA World Cup final began with kickoff. For EwingCole, it began in 2020.

Long before Canada, Mexico, and the United States were officially awarded the 2026 FIFA World Cup, EwingCole was already studying what it would take to transform one of the world’s busiest sports venues into a stadium capable of hosting the most-watched sporting event globally. Beginning with a feasibility study, we spent years developing engineering solutions that would satisfy FIFA’s rigorous requirements while preserving everything that makes MetLife Stadium one of the NFL’s premier venues.

Six years of planning. Two construction phases. Eight matches. Billions of viewers around the world. All leading up to 147 minutes of championship play. The numbers only tell part of the story.

Learn more about how EwingCole prepared MetLife Stadium for the biggest sporting event in the world:

07/21/2026

Public golf is evolving into something much larger than the game itself.

Today’s golf destinations are designed to serve as community assets, bringing together recreation, hospitality, education, and cultural preservation in ways that make these spaces more welcoming, accessible, and economically sustainable.

At Philadelphia’s historic Cobbs Creek Golf Course, the new Lincoln Financial Center reflects that shift. The 42,610-square-foot facility combines a driving range, restaurant, event space, pro shop, and heritage center into a destination that invites golfers and non-golfers alike. Designed to honor Cobbs Creek’s legacy while supporting its future, the project reinforces the course’s historic role as one of Philadelphia’s most inclusive public golf facilities and creates new opportunities for community connection.

Explore the project:

07/08/2026

Adaptive reuse is opening new possibilities for the life sciences industry.

As demand for research and manufacturing space continues to grow, historic buildings are proving they can support some of the world’s most advanced scientific work. Thoughtful renovations can preserve a building’s character while accommodating the complex infrastructure, flexibility, and performance required for modern biotechnology.

’ Manchester facility is one example of how a former textile mill has been reimagined to support regenerative medicine and biomedical engineering, demonstrating that innovation doesn’t always require building from the ground up.

The team behind the project discussed all of this and more with Lab Design News:

07/07/2026

The Golf Clubhouse, designed by the EwingCole Team, has earned a Merit Award in the Civic/Cultural category from and was also recognized with a 2026 Design Award at the Joint Engineer Training Conference & Expo. These honors celebrate thoughtful design in service of the federal built environment and the power of collaboration.

Designed for the and the U.S. Military Academy, the 14,000-square-foot clubhouse provides a welcoming home for Army Golf while supporting the Academy’s Morale, Welfare, and Recreation mission. The facility brings together hospitality, recreation, and community spaces in a design that embraces the surrounding Hudson Valley landscape through natural materials, expansive views, and sustainable strategies.

Congratulations to our partners at Jacobs, the U.S. Army Corps of Engineers, the United States Military Academy at West Point, our entire project team, and everyone whose dedication made this award-winning project possible.

Learn more about the project by visiting our Design Portfolio:

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100 N 6th Street
Philadelphia, PA
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Monday	8am - 5pm
Tuesday	8am - 5pm
Wednesday	8am - 5pm
Thursday	8am - 5pm
Friday	8am - 5pm

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+12159232020

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http://www.ewingcole.com/

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